types of register in the CPU are bits and chips
CPU register is faster than memory loacations
1. CPU can be driven by a faster clock rate 2. all instructions are constant length 3. The CPU has a large register set compared to CISC CPU's 4. all arithmetic logic instructions are register based 5. The control unit is typically microprogrammed
a special high-speed storage area in cpu.
A register variables is that which got space in CPU internal register sets this requst can be granted or rejected by CPU ,by register veriable the processing speed become much faster for that variable.
A register variables is that which got space in CPU internal register sets this requst can be granted or rejected by CPU ,by register veriable the processing speed become much faster for that variable.
The entire set of instuctions that a CPU can execute is known as the CPU INSTUCTION SET.
There are two type of register in computer cpu. first one is data register and second one is address register.
A, special, high-speed storage area within the CPU. All data must be represented in a register before it can be processed. For example, if two numbers are to be multiplied, both numbers must be in registers, and the result is also placed in a register. (The register can contain the address of a memory location where data is stored rather than the actual data itself.) The number of registers that a CPU has and the size of each (number of bits) help determine the power and speed of a CPU. For example a 32-bit CPU is one in which each register is 32 bits wide. Therefore, each CPU instruction can manipulate 32 bits of data. Usually, the movement of data in and out of registers is completely transparent to users, and even to programmers. Only assembly language programs can manipulate registers. In high-level languages, the compiler is responsible for translating high-level operations into low-level operations that access registers. <ANSWERED BY:-SONU BARNWAL, CENTRAL UNIVERSITY OF BIHAR>
The word CPU is repeated in the question, and the category, 8086/8088, does not fit a category where there is a specific processor register. Please restate the question, and give more details, and/or the name of the register.
register is internal memory inside the cpu.
The CPU current-register-set pointer is changed to point to the set containing the new context,which takes very little time. If the context is in memory, one of the contexts in a register set must be chosen and be moved to memory, and the new context must be loaded from memory into the set. This process takes a little more time than on systems with one set of registers, depending on how a replacement victim is selected